- Great Painters
- Accounting
- Fundamentals of Law
- Marketing
- Shorthand
- Concept Cars
- Videogames
- The World of Sports

- Blogs
- Free Software
- Google
- My Computer

- PHP Language and Applications
- Wikipedia
- Windows Vista

- Education
- Masterpieces of English Literature
- American English

- English Dictionaries
- The English Language

- Medical Emergencies
- The Theory of Memory
- The Beatles
- Dances
- Microphones
- Musical Notation
- Music Instruments
- Batteries
- Nanotechnology
- Cosmetics
- Diets
- Vegetarianism and Veganism
- Christmas Traditions
- Animals

- Fruits And Vegetables


  1. Adobe Reader
  2. Adware
  3. Altavista
  4. AOL
  5. Apple Macintosh
  6. Application software
  7. Arrow key
  8. Artificial Intelligence
  9. ASCII
  10. Assembly language
  11. Automatic translation
  12. Avatar
  13. Babylon
  14. Bandwidth
  15. Bit
  16. BitTorrent
  17. Black hat
  18. Blog
  19. Bluetooth
  20. Bulletin board system
  21. Byte
  22. Cache memory
  23. Celeron
  24. Central processing unit
  25. Chat room
  26. Client
  27. Command line interface
  28. Compiler
  29. Computer
  30. Computer bus
  31. Computer card
  32. Computer display
  33. Computer file
  34. Computer games
  35. Computer graphics
  36. Computer hardware
  37. Computer keyboard
  38. Computer networking
  39. Computer printer
  40. Computer program
  41. Computer programmer
  42. Computer science
  43. Computer security
  44. Computer software
  45. Computer storage
  46. Computer system
  47. Computer terminal
  48. Computer virus
  49. Computing
  50. Conference call
  51. Context menu
  52. Creative commons
  53. Creative Commons License
  54. Creative Technology
  55. Cursor
  56. Data
  57. Database
  58. Data storage device
  59. Debuggers
  60. Demo
  61. Desktop computer
  62. Digital divide
  63. Discussion groups
  64. DNS server
  65. Domain name
  66. DOS
  67. Download
  68. Download manager
  69. DVD-ROM
  70. DVD-RW
  71. E-mail
  72. E-mail spam
  73. File Transfer Protocol
  74. Firewall
  75. Firmware
  76. Flash memory
  77. Floppy disk drive
  78. GNU
  79. GNU General Public License
  80. GNU Project
  81. Google
  82. Google AdWords
  83. Google bomb
  84. Graphics
  85. Graphics card
  86. Hacker
  87. Hacker culture
  88. Hard disk
  89. High-level programming language
  90. Home computer
  91. HTML
  92. Hyperlink
  93. IBM
  94. Image processing
  95. Image scanner
  96. Instant messaging
  97. Instruction
  98. Intel
  99. Intel Core 2
  100. Interface
  101. Internet
  102. Internet bot
  103. Internet Explorer
  104. Internet protocols
  105. Internet service provider
  106. Interoperability
  107. IP addresses
  108. IPod
  109. Joystick
  110. JPEG
  111. Keyword
  112. Laptop computer
  113. Linux
  114. Linux kernel
  115. Liquid crystal display
  116. List of file formats
  117. List of Google products
  118. Local area network
  119. Logitech
  120. Machine language
  121. Mac OS X
  122. Macromedia Flash
  123. Mainframe computer
  124. Malware
  125. Media center
  126. Media player
  127. Megabyte
  128. Microsoft
  129. Microsoft Windows
  130. Microsoft Word
  131. Mirror site
  132. Modem
  133. Motherboard
  134. Mouse
  135. Mouse pad
  136. Mozilla Firefox
  137. Mp3
  138. MPEG
  139. MPEG-4
  140. Multimedia
  141. Musical Instrument Digital Interface
  142. Netscape
  143. Network card
  144. News ticker
  145. Office suite
  146. Online auction
  147. Online chat
  148. Open Directory Project
  149. Open source
  150. Open source software
  151. Opera
  152. Operating system
  153. Optical character recognition
  154. Optical disc
  155. output
  156. PageRank
  157. Password
  158. Pay-per-click
  159. PC speaker
  160. Peer-to-peer
  161. Pentium
  162. Peripheral
  163. Personal computer
  164. Personal digital assistant
  165. Phishing
  166. Pirated software
  167. Podcasting
  168. Pointing device
  169. POP3
  170. Programming language
  171. QuickTime
  172. Random access memory
  173. Routers
  174. Safari
  175. Scalability
  176. Scrollbar
  177. Scrolling
  178. Scroll wheel
  179. Search engine
  180. Security cracking
  181. Server
  182. Simple Mail Transfer Protocol
  183. Skype
  184. Social software
  185. Software bug
  186. Software cracker
  187. Software library
  188. Software utility
  189. Solaris Operating Environment
  190. Sound Blaster
  191. Soundcard
  192. Spam
  193. Spamdexing
  194. Spam in blogs
  195. Speech recognition
  196. Spoofing attack
  197. Spreadsheet
  198. Spyware
  199. Streaming media
  200. Supercomputer
  201. Tablet computer
  202. Telecommunications
  203. Text messaging
  204. Trackball
  205. Trojan horse
  206. TV card
  207. Unicode
  208. Uniform Resource Identifier
  209. Unix
  210. URL redirection
  211. USB flash drive
  212. USB port
  213. User interface
  214. Vlog
  215. Voice over IP
  216. Warez
  217. Wearable computer
  218. Web application
  219. Web banner
  220. Web browser
  221. Web crawler
  222. Web directories
  223. Web indexing
  224. Webmail
  225. Web page
  226. Website
  227. Wiki
  228. Wikipedia
  229. WIMP
  230. Windows CE
  231. Windows key
  232. Windows Media Player
  233. Windows Vista
  234. Word processor
  235. World Wide Web
  236. Worm
  237. XML
  238. X Window System
  239. Yahoo
  240. Zombie computer

This article is from:

All text is available under the terms of the GNU Free Documentation License: 

World Wide Web

From Wikipedia, the free encyclopedia

"The Web" and "WWW" redirect here. For other uses, see Web and WWW (disambiguation). For the world's first browser, see WorldWideWeb.
WWW's historical logo designed by Robert Cailliau
WWW's historical logo designed by Robert Cailliau

The World Wide Web ("WWW" or simply the "Web") is a system of interlinked, hypertext documents that runs over the Internet. With a Web browser, a user views Web pages that may contain text, images, and other multimedia and navigates between them using hyperlinks. The Web was created around 1990 by the Englishman Tim Berners-Lee working at CERN in Geneva, Switzerland. As its inventor, Berners-Lee concieved the Web to be the Semantic Web where all its contents should be descriptively marked-up.

Basic terms

The World Wide Web is the combination of four basic ideas:

  • Hypertext: a format of information which allows, in a computer environment, one to move from one part of a document to another or from one document to another through internal connections among these documents (called "hyperlinks");
  • Resource Identifiers: unique identifiers used to locate a particular resource (computer file, document or other resource) on the network - this is commonly known as a URL or URI, although the two have subtle technical differences;
  • The Client-server model of computing: a system in which client software or a client computer makes requests of server software or a server computer that provides the client with resources or services, such as data or files; and
  • Markup language: characters or codes embedded in text which indicate structure, semantic meaning, or advice on presentation.

On the World Wide Web, a client program called a user agent retrieves information resources, such as Web pages and other computer files, from Web servers using their URLs. If the user agent is a kind of Web browser, it displays the resources on a user's computer. The user can then follow hyperlinks in each web page to other World Wide Web resources, whose location is embedded in the hyperlinks. It is also possible, for example by filling in and submitting web forms, to post information back to a Web server for it to save or process in some way. Web pages are often arranged in collections of related material called "Web sites." The act of following hyperlinks from one Web site to another is referred to as "browsing" or sometimes as "surfing" the Web.

The phrase "surfing the Internet" was first popularized in print by Jean Armour Polly, a librarian, in an article called "Surfing the INTERNET", published in the University of Minnesota Wilson Library Bulletin in June 1992. Although Polly may have developed the phrase independently, slightly earlier uses of similar terms appeared on Usenet in 1991 and 1992, and some recollections claim it was also used verbally in the hacker community for a couple years before that.[1]

For more information on the distinction between the World Wide Web and the Internet itself—as in everyday use the two are sometimes confused—see Dark internet where this is discussed in more detail.

Although the English word worldwide is normally written as one word (without a space or hyphen), the proper name World Wide Web and abbreviation WWW are now well-established even in formal English. The earliest references to the Web called it the WorldWideWeb (an example of computer programmers' fondness for CamelCase) or the World-Wide Web (with a hyphen, this version of the name is the closest to normal English usage).

Ironically, the abbreviation "WWW" is somewhat impractical as it contains two or three times as many syllables (depending on accent) as the full term "World Wide Web", and thus takes longer to say.


The all new Internet

Google has created a whole new way the internet works with Google Toolbar's new feature called "Browse By Name" The typing big long address is history now just type the name. Google says" Browse By Name is a feature of the Google Toolbar for Internet Explorer. It allows you to save time by typing names instead of URLs into the Microsoft Internet Explorer Address Bar. For example, instead of typing into your browser, you can just type "Google," hit "Enter," and Browse By Name will take you there. When Browse By Name is enabled, it will direct you to a website or Google search results. When this happens, your cursor will flash an icon and your search term will appear in the Google Toolbar's search box. Browse By Name is particularly useful for web pages that don't have obvious URLs. For example, you can type "ford explorer" to go directly to When Browse By Name doesn't 'know' where you want to go based on what you type into the IE Address Bar, it will do a Google search for you. Try typing "digital cameras" for an example."

In the google toolbar click settings Click options Click More Check "Enable Browse By Name" Click Okay

  • Note: Google toolbar must be shown for this to able to work. To show it click tools, Mouse over toolbars, and check Google.

Congratulations you're done!

How the Web works

Viewing a Web page or other resource on the World Wide Web normally begins either by typing the URL of the page into a Web browser, or by following a hypertext link to that page or resource. The first step, behind the scenes, is for the server-name part of the URL to be resolved into an IP address by the global, distributed Internet database known as the Domain name system or DNS. The browser then establishes a TCP connection with the server at that IP address.

The next step is for an HTTP request to be sent to the Web server, requesting the resource. In the case of a typical Web page, the HTML text is first requested and parsed by the browser, which then makes additional requests for graphics and any other files that form a part of the page in quick succession. This is the distinction between a single page view and the many hits or web requests that are often necessary to view the page.

The Web browser then renders the page as described by the HTML, CSS and other files received, incorporating the images and other resources as necessary. This produces the on-screen 'page' that the viewer sees.

Most Web pages will themselves contain hyperlinks to other relevant and informative pages and perhaps to downloads, source documents, definitions and other Web resources.

Such a collection of useful, related resources, interconnected via hypertext links, is what has been dubbed a 'web' of information. Making it available on the Internet created what Tim Berners-Lee first called the World Wide Web in the early 1990s [1] [2].


If the user returns to a page fairly soon, it is likely that the data will not be retrieved from the source Web server, as above, again. By default, browsers cache all web resources on the local hard drive. An HTTP request will be sent by the browser that asks for the data only if it has been updated since the last download. If it has not, the cached version will be reused in the rendering step.

This is particularly valuable in reducing the amount of Web traffic on the internet. The decision about expiration is made independently for each resource (image, stylesheet, JavaScript file etc., as well as for the HTML itself). Thus even on sites with highly dynamic content, many of the basic resources are only supplied once per session or less. It is worth it for any Web site designer to collect all the CSS and JavaScript into a few site-wide files so that they can be downloaded into users' caches and reduce page download times and demands on the server.

There are other components of the Internet that can cache Web content. The most common in practice are often built into corporate and academic firewalls where they cache web resources requested by one user for the benefit of all. Some search engines such as Google also store cached content from Web sites.

Apart from the facilities built into Web servers that can ascertain when physical files have been updated, it is possible for designers of dynamically generated web pages to control the HTTP headers sent back to requesting users, so that pages are not cached when they should not be — for example Internet banking and news pages.

This helps with understanding the difference between the HTTP 'GET' and 'POST' verbs — data requested with a GET may be cached, if other conditions are met, whereas data obtained after POSTing information to the server usually will not.


Main article: History of the World Wide Web
See also: History of the Internet - CERN, Where the Web Was "WWW" born
This NeXTcube used by Berners-Lee at CERN became the first Web server.
This NeXTcube used by Berners-Lee at CERN became the first Web server.

The underlying ideas of the Web can be traced as far back as 1980, when, at CERN in Switzerland, the Englishman Tim Berners-Lee built ENQUIRE (referring to Enquire Within Upon Everything, a book he recalled from his youth). While it was rather different from the Web in use today, it contained many of the same core ideas (and even some of the ideas of Berners-Lee's next project after the WWW, the Semantic Web).

In March 1989, Tim Berners-Lee wrote Information Management: A Proposal, which referenced ENQUIRE and described a more elaborate information management system. With help from Robert Cailliau, he published a more formal proposal for the World Wide Web on November 12, 1990.

A NeXTcube was used by Berners-Lee as the world's first web server and also to write the first web browser, WorldWideWeb in 1990. By Christmas 1990, Berners-Lee had built all the tools necessary for a working Web [3]: the first Web browser (which was a Web editor as well), the first Web server and the first Web pages which described the project itself.

On August 6, 1991, he posted a short summary of the World Wide Web project on the alt.hypertext newsgroup. This date also marked the debut of the Web as a publicly available service on the Internet.

The crucial underlying concept of hypertext originated with older projects from the 1960s, such as Ted Nelson's Project Xanadu and Douglas Engelbart's oN-Line System (NLS). Both Nelson and Engelbart were in turn inspired by Vannevar Bush's microfilm-based "memex," which was described in the 1945 essay "As We May Think".

Berners-Lee's breakthrough was to marry hypertext to the Internet. In his book Weaving The Web, he explains that he had repeatedly suggested that a marriage between the two technologies was possible to members of both technical communities, but when no one took up his invitation, he finally tackled the project himself. In the process, he developed a system of globally unique identifiers for resources on the Web and elsewhere: the Uniform Resource Identifier.

The World Wide Web had a number of differences from other hypertext systems that were then available:

  • The WWW required only unidirectional links rather than bidirectional ones. This made it possible for someone to link to another resource without action by the owner of that resource. It also significantly reduced the difficulty of implementing Web servers and browsers (in comparison to earlier systems), but in turn presented the chronic problem of broken links.
  • Unlike predecessors such as HyperCard, the World Wide Web was non-proprietary, making it possible to develop servers and clients independently and to add extensions without licensing restrictions.

On April 30, 1993, CERN announced[2] that the World Wide Web would be free to anyone, with no fees due. Coming two months after the announcement that gopher was no longer free to use, this produced a rapid shift away from gopher and towards the Web.

An early popular Web browser was ViolaWWW which was based upon HyperCard. The World Wide Web, however, only gained critical mass with the 1993 release of the graphical Mosaic web browser by the National Center for Supercomputing Applications developed by Marc Andreessen. Prior to the release of Mosaic, graphics were not commonly mixed with text in Web pages and its popularity was less than older protocols in use over the Internet, such as Gopher protocol and Wide area information server. Mosaic's graphical user interface allowed the Web to become by far the most popular Internet protocol.

Web standards

At its core, the Web is made up of three standards:

  • the Uniform Resource Identifier (URI), which is a universal system for referencing resources on the Web, such as Web pages;
  • the HyperText Transfer Protocol (HTTP), which specifies how the browser and server communicate with each other; and
  • the HyperText Markup Language (HTML), used to define the structure and content of hypertext documents.

Berners-Lee now heads the World Wide Web Consortium (W3C), which develops and maintains these and other standards that enable computers on the Web to effectively store and communicate different forms of information.

Java and JavaScript

A significant advance in Web technology was Sun Microsystems' Java platform. It enables Web pages to embed small programs (called applets) directly into the view. These applets run on the end-user's computer, providing a richer user interface than simple web pages. Java client-side applets never gained the popularity that Sun had hoped for, for a variety of reasons including lack of integration with other content (applets were confined to small boxes within the rendered page) and the fact that many computers at the time were supplied to end users without a suitably installed JVM, and so required a download by the user before applets would appear. Adobe Flash now performs many of the functions that were originally envisioned for Java applets including the playing of video content, animation and some rich UI features. Java itself has become more widely used as a platform and language for server-side and other programming.

JavaScript, on the other hand, is a scripting language that was initially developed for use within Web pages. The standardised version is ECMAScript. While its name is similar to Java, JavaScript was developed by Netscape and it has almost nothing to do with Java, apart from that, like Java, its syntax is derived from the C programming language. In conjunction with a Web page's Document Object Model, JavaScript has become a much more powerful technology than its creators originally envisioned. The manipulation of a page's Document Object Model after the page is delivered to the client has been called Dynamic HTML (DHTML), to emphasise a shift away from static HTML displays.

In its simplest form, all the optional information and actions available on a JavaScripted Web page will have been downloaded when the page was first delivered. Ajax ("Asynchronous JavaScript And XML") is a JavaScript-based technology that may have a significant effect on the development of the World Wide Web. Ajax provides a method whereby large or small parts within a Web page may be updated, using new information obtained over the network in response to user actions. This allows the page to be much more responsive, interactive and interesting, without the user having to wait for whole-page reloads. Ajax is seen as an important aspect of what is being called Web 2.0. Examples of Ajax techniques currently in use can be seen in Gmail, Google Maps etc.

Sociological implications

The Web, as it stands today, has allowed global interpersonal exchange on a scale unprecedented in human history. People separated by vast distances, or even large amounts of time, can use the Web to exchange—or even mutually develop—their most intimate and extensive thoughts, or alternately their most casual attitudes and spirits. Emotional experiences, political ideas, cultural customs, musical idioms, business advice, artwork, photographs, literature, can all be shared and disseminated digitally with less individual investment than ever before in human history. Although the existence and use of the Web relies upon material technology, which comes with its own disadvantages, its information does not use physical resources in the way that libraries or the printing press have. Therefore, propagation of information via the Web (via the Internet, in turn) is not constrained by movement of physical volumes, or by manual or material copying of information. By virtue of being digital, the information of the Web can be searched more easily and efficiently than any library or physical volume, and vastly more quickly than a person could retrieve information about the world by way of physical travel or by way of mail, telephone, telegraph, or any other communicative medium.

The Web is the most far-reaching and extensive medium of personal exchange to appear on Earth. It has probably allowed many of its users to interact with many more groups of people, dispersed around the planet in time and space, than is possible when limited by physical contact or even when limited by every other existing medium of communication combined.

Because the Web is global in scale, some have suggested that it will nurture mutual understanding on a global scale. By definition or by necessity, the Web has such a massive potential for social exchange, it has the potential to nurture empathy and symbiosis, but it also has the potential to incite belligerence on a global scale, or even to empower demagogues and repressive regimes in ways that were historically impossible to achieve previously.

Publishing Web pages

The Web is available to individuals outside mass media. In order to "publish" a Web page, one does not have to go through a publisher or other media institution, and potential readers could be found in all corners of the globe.

Unlike books and documents, hypertext does not have a linear order from beginning to end. It is not broken down into the hierarchy of chapters, sections, subsections, etc.

Many different kinds of information are now available on the Web, and for those who wish to know other societies, their cultures and peoples, it has become easier. When travelling in a foreign country or a remote town, one might be able to find some information about the place on the Web, especially if the place is in one of the developed countries. Local newspapers, government publications, and other materials are easier to access, and therefore the variety of information obtainable with the same effort may be said to have increased, for the users of the Internet.

Although some Web sites are available in multiple languages, many are in the local language only. Additionally, not all software supports all special characters, and RTL languages. These factors would challenge the notion that the World Wide Web will bring a unity to the world.

The increased opportunity to publish materials is certainly observable in the countless personal pages, as well as pages by families, small shops, etc., facilitated by the emergence of free Web hosting services.


According to a 2001 study[3], there were more than 550 billion documents on the Web, mostly in the "invisible Web". A 2002 survey of 2,024 million Web pages[4] determined that by far the most Web content was in English: 56.4%; next were pages in German (7.7%), French (5.6%) and Japanese (4.9%). A more recent study which used web searches in 75 different languages to sample the Web determined that there were over 11.5 billion web pages in the publicly indexable Web as of January 2005.[5]

Speed issues

Frustration over congestion issues in the Internet infrastructure and the high latency that results in slow browsing has led to an alternative name for the World Wide Web: the World Wide Wait. Speeding up the Internet is an ongoing discussion over the use of peering and QoS technologies. Other solutions to reduce the World Wide Wait can be found on W3C.

Standard guidelines for ideal Web response times are (Nielsen 1999, page 42):

  • 0.1 second (one tenth of a second). Ideal response time. The user doesn't sense any interruption.
  • 1 second. Highest acceptable response time. Download times above 1 second interrupt the user experience.
  • 10 seconds. Unacceptable response time. The user experience is interrupted and the user is likely to leave the site or system.

These numbers are useful for planning server capacity.

Link rot

The Web suffers from link rot, links becoming broken because of the continual disappearance or relocation of Web resources over time. The ephemeral nature of the Web has prompted many efforts to archive the Web. The Internet Archive is one of the most well-known efforts; they have been archiving the Web since 1996.

Ultimately, dead links are the price we pay for the World Wide Web; the web's scale and infrastructure make it impossible to monitor all hyperlinks in real time, and there is no broadcast notification when a page is removed ( like a star going supernova ) or renamed. Allowing links between resources carries the inherent danger that some of the links will be invalidated over time.

Academic conferences

The major academic event covering the WWW is the World Wide Web series of conferences, promoted by IW3C2. There is a list with links to all conferences in the series.

WWW prefix in Web addresses

"WWW" is commonly found at the beginning of Web addresses because many organizations in the past followed a convention of naming hosts (servers) according to the services they provide. So for example, the host name for a Web server was often "www"; for an FTP server, "ftp"; and for a news server, "news" or "nntp" (after the news protocol NNTP). These host names then appeared as DNS subdomain names, as in "".

This use of host or subdomain names and therefore such prefixes are not required by any technical standard; indeed, the first Web server was at ""[citation needed] and even today many Web sites are available without a "www" prefix. The "www" prefix has no meaning in the way the main website is shown; locally or around the world. The "www" prefix is simply one choice for a Web site's subdomain name.

Some Web browsers will automatically try adding "www." to the beginning, and possibly ".com" to the end, of typed URLs if no host is found without them. Internet Explorer and Mozilla Firefox will also prefix "http://www." and append ".com" to the address bar contents if the Control and Enter keys are pressed simultaneously. For example, entering "example" in the address bar and then pressing either just Enter or Control+Enter will usually resolve to "", depending on the exact browser version and its settings.

Pronunciation of "www"

Main article: Pronunciation of "www"

In English, WWW is the longest possible three-letter acronym (TLA) to pronounce, requiring nine syllables. The late Douglas Adams once quipped:

The World Wide Web is the only thing I know of whose shortened form takes three times longer to say than what it's short for.

—Douglas Adams, The Independent on Sunday, 1999

Shorter variants include "triple double u", "three dub", "triple dub", "all the double u's", and the most common "dub-yu dub-yu dub-yu" or "dub dub dub". In other languages, "www" is often pronounced as "vvv" or "3w". The early "w³" abbreviation is nowadays deprecated.

In Chinese, the World Wide Web is commonly translated to wàn wéi wǎng (万维网), i.e. "ten-thousand dimensional net".


Main article: W3C

The following is a cursory list of the documents that define the World Wide Web's three core standards:

  • Uniform Resource Locators (URL)
    • RFC 1738, Uniform Resource Locators (URL) (December 1994)
    • RFC 3986, Uniform Resource Identifier (URI): Generic Syntax (January 2005)
  • HyperText Transfer Protocol (HTTP)
    • RFC 1945, HTTP/1.0 specification (May 1996)
    • RFC 2616, HTTP/1.1 specification (June 1999)
    • RFC 2617, HTTP Authentication
    • HTTP/1.1 specification errata
  • Hypertext Markup Language (HTML)
    • Internet Draft, HTML version 1
    • RFC 1866, HTML version 2.0
    • HTML 3.2 Reference Specification
    • HTML 4.01 Specification
    • Extensible HTML (XHTML) Specification

See also

  • Deep web
  • First image on the Web
  • Search engine
  • Streaming media
  • Web directory
  • Web 2.0
  • Web services
  • Web operating system


  • Fielding, R.; Gettys, J.; Mogul, J.; Frystyk, H.; Masinter, L.; Leach, P.; Berners-Lee, T. (June 1999). "Hypertext Transfer Protocol — HTTP/1.1". Request For Comments 2616. Information Sciences Institute.
  • Berners-Lee, Tim; Bray, Tim; Connolly, Dan; Cotton, Paul; Fielding, Roy; Jeckle, Mario; Lilley, Chris; Mendelsohn, Noah; Orchard, David; Walsh, Norman; Williams, Stuart (December 15, 2004). "Architecture of the World Wide Web, Volume One". Version 20041215. W3C.
  • Polo, Luciano (2003). World Wide Web Technology Architecture: A Conceptual Analysis. New Devices. Retrieved on July 31, 2005.
  1. ^ Polly, Jean Armour (2004-01-16). Origin of Surfing. Retrieved on 2006-12-06.
  2. ^
  3. ^
  4. ^
  5. ^

External links

  • Open Directory — Computers: Internet: Web Design and Development
  • Early archive of the first web site
  • Internet Statistics: Growth and Usage of the Web and the Internet
  • Living Internet A comprehensive history of the internet, including the World Wide Web.
  • Daily estimated size of the World Wide Web.


  • Nets Webs and the Information Infrastructure
Retrieved from ""